I need help to solve these questions

# Question 3.a # Based on the proposed hypothesis test of the researcher, what is the # assumed value of the population parameter p. # Save your answer in the variable q3.a q3.a<-NA # Question 3.b # How many standard deviations (or standard errors) away from the mean is the # observed sample proportion? # Save your answer in the variable q3.b q3.b<-NA # Question 3.c # What is the probability under the null hypothesis of observing an estimate # of the parameter as or more extreme than the observed phat? # (This is the p-value). # Save your answer in the variable q3.c q3.c<-NA # Question 3.d # What is the maximum number of students reporting using e-cigarettes that # would lead the researchers to reject the null hypothesis? # (The sample size remains unchanged). # Save your answer in the variable q3.d q3.d<-NA # Question 3.e # What is the exact probability of committing a type 1 (type I) error if the # null hypothesis is true? # Save your answer in the variable q3.e q3.e<-NA # A much larger study of high school students found that 10.0% of students # used e-cigarettes. Assume this is the true value of the parameter. # Question 3.f # Based on the true value of the parameter, what is the probability of # committing a type 1 (type I) error? # Save your answer in the variable q3.f q3.f<-NA # Question 3.g # Based on the true value of the parameter, what is the probability of # observing a level of e-cigarette use that would causes the researchers # to reject the null hypothesis? (This is the power of the test). # Save your answer in the variable q3.g q3.g<-NA